Road design With AutoCAD Civil 3D + Open Chanel Design

It looks like you've outlined a comprehensive curriculum for learning how to use AutoCAD Civil 3D for various civil engineering tasks. Here's a summary of the key points and steps you'd cover in this course, along with some additional tips:

Creating Drawing Templates:

1. Start by creating a new drawing template that suits your project needs.
2. Use the Page Setup Manager to configure page settings for different scales and layouts.
3. Configure plotter settings using the Plotter Configuration Editor if necessary.
4. Define custom paper sizes (like A0 or A3) in the Plotter Configuration Editor.
5. Adjust the Plot Style Table (PST) as needed for your templates.
6. Create new templates with the required scale and insert a north arrow and scale bar for reference.
7. Set up frames and sheets using the designed template for consistency across your project drawings.

Designing a Roundabout:

1. Start by creating road alignments that will form the basis of the roundabout.
2. Use the Civil 3D tools to create a roundabout, defining its circulatory road and approach roads.
3. Add islands within the roundabout as needed.
4. Regenerate the roundabout model after making changes to ensure accuracy.
5. Edit roundabout parameters to adjust its design as required.
6. Add turn slip lanes if necessary.
7. Place road signs and markings according to local standards.
8. Use Civil 3D's editing tools to refine the roundabout design.

Calculating Cut and Fill Volumes:

1. Import points or survey data to create a surface representing the ground.
2. Create a comparison surface to calculate volumes between.
3. Use the TIN volume surface tool to define areas of cut and fill.
4. Edit the surface style for display settings.
5. Analyze the volume of cut and fill using the Elevation Analysis tools.
6. Generate a Cut/Fill Summary and Report for documentation purposes.
7. Add surfaces legend tables for clarity.
8. Label spot elevations on the grid to reference specific points.

Creating an Open Channel Design:

1. Import points and create a surface representing the existing conditions.
2. Draw an alignment for the open channel.
3. Create a surface profile along the channel alignment using Civil 3D's profiling tools.
4. Draw the design profile based on hydraulic and hydrologic data.
5. Set up profile view and band settings for the channel cross-section profiles.
6. Create an open channel assembly to represent the channel cross-section.
7. Use the Corridor Model tool to create a corridor with the surface boundary.
8. Draw sample lines and cross sections as needed.
9. Work with the Edit Section View Style and Group Properties for a clean presentation.

Preparing a Design Basis Report:

1. Compile all project details, including design standards, superelevation details, spiral details, and project-specific information.
2. Ensure that all relevant tables are complete and contain all necessary details.
3. Include a location map and project map for reference.
4. Document the detailed design with all pertinent data.

Pre-requisites:

• Access to AutoCAD Civil 3D software (any version).
• Basic knowledge of AutoCAD commands and interface.
• Understanding of civil engineering concepts relevant to the tasks being performed.

Remember, throughout this course, it's important to save your work frequently, keep your drawings organized, and adhere to local codes and standards when designing. Additionally, always cross-check your calculations and ensure that the data you input is accurate to avoid errors in your design and analysis.